Ericsson
Antenna
System
Network
Infrastructure
Animation
Creation

Driving network evolution through innovative antenna systems

This video powerfully illustrates how innovative antenna systems revolutionize network capabilities. It details superior uplink throughput reduced interference and exceptional beam efficiency. These advancements ensure high performing energy efficient networks delivering unparalleled connectivity for future demands.

The animation beautifully renders the antenna's sophisticated design including its honeycomb structure. It elegantly showcases the streamlined deployment process. This visual narrative effectively communicates the product's advanced engineering and intuitive integration experience creating a memorable presentation.

Detailed 3D component visualization

This visualization technique provides unparalleled clarity revealing complex internal mechanisms and benefits. It transforms abstract technical specifications into tangible insights. Viewers gain a deep understanding of the antenna's innovative honeycomb structure and its crucial role in enhanced performance.

Our team meticulously crafted intuitive and aesthetically pleasing 3D visuals. Various design approaches were explored ensuring optimal presentation of every intricate detail. This precision and advanced technical artistry brought Ericsson's antenna system to life with stunning clarity and impact.

Client Brief

Ericsson Antenna System approached Advids to clarify the technical complexity of their high-capacity 5G hardware for global network operators. The objective was to replace dense whitepapers with a clear visual narrative that demonstrates hardware efficiency, ultimately driving faster procurement cycles and infrastructure deployment across competitive urban markets.

Video Creation Approach

Calibrating the initial technical blueprints required a deep immersion into the architectural specifications of the Ericsson Antenna System and its 5G AIR 6449 radio. Advids synchronized with engineering teams to map out the hardware geometry, ensuring every ventilation fin and port layout matched the physical unit before establishing the lighting logic.

Exterior textures define the external casing while the camera orbits the chassis to reveal an array of gold-plated dipole elements hidden beneath the radome. Integrating photorealistic hardware renderings allows for a transparent view of the heat management system, proving the unit performs reliably within dense urban environments.

Precisely timed rhythmic shifts in the edit synchronize with technical callouts to reduce mental fatigue for the viewer. Through internal component visualizations, the narrative routes the audience through the complex signal processing path without overwhelming technical jargon. Engineering this sequence provides a clear look at the structural integrity required for modern telecommunications.

What are the steps in making a 3D product flythrough video?

1. Research & Analysis
2. Script Writing
3. Character & Style Sheet
4. Storyboard Development
5. Voice Over Recording
6. Animating Stage
7. Sound Effects & Music
8. Translation & Foreign Voice (If needed)
9. Delivery & Formats

Video Production Techniques